Searching for "The power of Pi." – sorted by Relevance.
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Higher-order Unification with Dependent Function Types
- : the automation previously possible in ! , and the greatly enriched expressive power of \Pi . It can be used
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On Linear Time and Congruence in Channel-passing Calculi
- power of the Pi-calculus and most notably supports channel passing. Interestingly, the resulting
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Guard time optimization for OFDM transmission over fading channels
- interferes during the present symbol interval. We define PU(k) and PI(k) as the normalized useful power
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Tiled Blue Noise Samples
- the mean radial power Pi = 1 Si � 2π � fi+1 0 and anisotropy f i Rf (f cos θ, f sin θ)fdfdθ Ai = s2i P 2
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REAL-TIME SCHEDULING FOR ENERGY HARVESTING SENSOR NODES
- running time (fi − si) of a task i directly depends on the amount of power Pi(t) which is driving the task
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Fault-Tolerant Topology Control for Heterogeneous Wireless Sensor Networks
- is pi = r α i for a transmission range ri, where the constant α is the power attenuation exponent
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Transmit Power Allocation For An Extended V-Blast System
- on the feedback information, the transmit power Pi is assigned to the data symbol xi, and the symbol
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The k-NEIGH Protocol for Symmetric Topology Control in Ad Hoc Networks
- ). The basic idea is that a node i transmits with the minimum power Pi,p such that there is at least one
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A new decentralized power allocation strategy in single-hop wireless networks
- the average transmit power of user i by pi ∈ P, where P � [0, Pmax] is the strategy space of each user. Also
- Cited by 4 (4 self) – Add To MetaCart
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Control-theoretic Thermal Balancing for Clusters
- and temperature, Pi(k), T ′ (k), which are measured at sampling time kW, substitutes to the continuous power Pi
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